EP2759231A1 - Presentation wall and stand with at least one such presentation wall - Google Patents

Abstract

The presentation wall (100) has a holder (200) for receiving presentation material (130). A presentation wall is formed as a sheet of flexible material between a first end (110) and an opposite second end (120) which is tensioned. An independent claim is included for stand.

Description

The invention relates according to a first inventive concept, a presentation wall for receiving presentation materials, in particular in the form of printed matter such as brochures, maps, etc., on which at least one receptacle for receiving presentation materials is provided.

Another inventive concept is directed to a stand with a lower base and an upper head crosshead and at least one provided between the base and headrail presentation wall.

A presentation wall of the kind mentioned above serves to display presentation materials such as brochures, maps, flyers, advertising brochures, etc. at suitable places and to offer them to take along by passers-by. Previously common arrangements of the above type are designed as wire racks. If such a wire frame is provided with a stand, resulting from such a construction, a stand.

Experience has shown that the known arrangements of the above type have disadvantages in terms of transport and handling. Thus, fixed wire racks can be broken badly or not at all and therefore require a large transport volume. Another disadvantage is that although presentation materials can be presented by means of the known wire racks, however, there is a lack of opportunities to be able to attach additional information to the presentation materials or additional advertising information on the presentation wall.

On this basis, it is therefore the object of the present invention to provide a presentation wall of the kind mentioned, which can be transported easily and compactly and has additional possibilities for attaching advertising or other information. Another object of the invention is to provide a stand which realizes the advantages of the presentation wall according to the invention.

The object on the display wall is achieved according to the invention in that the presentation wall is designed as a tensioned web of a flexible material.

The task directed to the stand is achieved according to the invention in that between the base and the head traverse at least one presentation wall formed as a tensioned web of a flexible material is provided, which is fastened with its ends to the base and to the head traverse, wherein the base and the headrail are bridged by at least two spring-mounted tie rods attached to their ends, the elongated length of which is greater than the length of the presentation wall, and which in total resiliently pushes the base and the headrail against a restraint force exerted by the presentation wall tensioned in this manner press apart.

The measures according to the invention ensure that the presentation wall consisting of a material which is flexible in itself can simply be rolled up or placed together in several layers and thus stowed away to save space. Furthermore, the presentation wall forming, stretched web of flexible material provides a large area, which can be printed, which allows the attachment of more advertising information or other clues.

The stand according to the invention enables the realization of the above with respect on the presentation wall according to the invention specified advantages. With the help of provided between the base and the head traverse, resilient tension rods can produce a relatively high clamping force, whereby the web-shaped presentation wall is stretched clean, so that there is a flat, flutter-free surface. The tie rods can be detachably connected to the base and the head crosshead, which allows easy assembly and disassembly and space-saving transport. The tension rods, whose extended length is greater than the length of the presentation wall, are compressed or buckled during assembly as in tensioning a bow. Therefore, the force exerted by the tension rods corresponds practically to the force of a tensioned arc, so that the presentation wall is reliably tensioned.

Advantageous embodiments and expedient developments of the higher-level measures are specified in the subclaims. Thus, the presentation wall may be expediently provided with openings for the passage of holding heads provided with holders of associated storage compartments. This allows a simple detachable attachment of the receiving compartments, which ensures a high variability in the placement of the presentation wall with storage compartments.

In a further development of the higher-level measures, the web forming the presentation wall can consist of a transparent, printable material, preferably of a PET plastic film. Said material advantageously has a high strength and thus ensures a long service life of a presentation wall produced therefrom. The transparency of this material also allows easy backlighting, highlighting printed information and illustrations.

Another advantageous measure may be that the web forming the presentation wall is provided with loops at its ends, through each of which an associated crossbar is pushed through. This allows a simple and clean tensioning of the presentation wall forming web. For this purpose, the opposing transverse rods are simply pushed away from each other by opposing forces. In conjunction with a stand, the measures mentioned advantageously allow a kederartige attachment of the presentation wall. For this purpose, the stand and the head traverse are easily provided in each area between each two tension rods with a slot through which the presentation wall with its loop is feasible, so that there is a kederartige fixation by subsequent insertion of the cross bar in the loop.

The presentation compartment associated receiving compartments may be useful formed as Falzformlinge, each having one of the presentation wall opposite rear wall and two lateral boundaries and at least one lower boundary. In this case, punched arcuate products can be used in an advantageous manner, which are provided with preformed fold lines and therefore brought into the form of tools without tools, i. Similar to a folding box can be unfolded and always have an open feed opening in the mounted on the display wall state.

According to another embodiment, the receiving compartments can be formed by two elastic cords each, which can be attached with their ends to the display wall and which are guided together at at least one point to form an X- or H-shaped boundary opposite the presentation wall. The elasticity of the cords causes that they are always used on the presentation wall, so that in the corresponding receiving compartments loaded packets of presentation material regardless of the thickness of the parcels are always held tightly in contact with the presentation wall, which may be desirable when using less dimensionally stable presentation materials.

In a further development of the higher-level measures, the stand can have a plurality of presentation walls arranged in plan view in the manner of an equilateral polygon, preferably in the form of an equilateral triangle. This results in an advantageous manner overall a large total presentation area. In this case, a tensioning rod may expediently be provided in the region of each polygon corner, so that each presentation wall is located in each case between two tensioning rods and thus is reliably tensioned.

Another expedient measure may be that the stand and the head traverse of the stand are each provided with the tension rods associated, outwardly inclined tension rod receptacles. In this way, it is specified that the tension rods arranged in the manner of a stretched arc assume a convexly outwardly curved shape so that in the middle region of the tensioning rods result from the outside easily reachable grip areas, which facilitate the handling and manipulation of the stand, the base advantageous can be designed as a driving and / or rotary base.

To form a driving and / or rotary base, the base can be easily provided in the range of three, preferably all corners of the underlying polygon with rollers, which are expediently arranged with rising from the inside to the outside axis, so that a corresponding inclination of the Role level results, which has an advantageous effect on the achievable stability.

Further advantageous embodiments and expedient developments of the parent measures are specified in the remaining subclaims and from the following description of the example with reference to the drawing closer.

Figur 1

eine perspektivische Ansicht eines erfindungsgemäßen Ständers,

Figur 2

eine Explosionsdarstellung der Anordnung gemäß Fig. 1 ohne Präsentationswände,

Figur 3

eine schematische Darstellung der Anordnung gemäß Figur 1 mit abgesenkter Kopftraverse,

Figur 4

eine Teilansicht eines oberen Ständerabschnitts,

Figur 5

ein Beispiel für ein auffaltbares Aufnahmefach,

Figur 6

eine Variante zu Figur 5 und

Figur 7

ein Beispiel für ein durch Schnüre gebildetes Aufnahmefach.

In the drawing described below:

FIG. 1

a perspective view of a stator according to the invention,

FIG. 2

an exploded view of the arrangement according to Fig. 1 without presentation walls,

FIG. 3

a schematic representation of the arrangement according to FIG. 1 with lowered headrail,

FIG. 4

a partial view of an upper stand section,

FIG. 5

an example of a foldable storage compartment,

FIG. 6

a variant too FIG. 5 and

FIG. 7

an example of a formed by cords tray.

Main field of application of the invention are so-called. Displays for presenting presentation material, preferably printed matter such as leaflets, maps and the like. Such displays include a stand with recording means for the presentation material.

The the FIG. 1 underlying stand 1 includes a lower base 1, an upper head crosshead 3, arranged between the base 2 and the head cross member 3 tension rods 4, and at least one web-shaped presentation wall 5, which is clamped between the base 2 and the head cross member 3 and attached thereto with their ends is. Of course, more than one presentation wall 5 can be provided to increase the presentation area. If more than two presentation walls 5 should be provided, these are expediently arranged so that they describe an equilateral polygon in plan view. In the example shown, three presentation walls 5 are provided which describe an equilateral triangle in plan view. In every corner of the polygon, here the equilateral triangle, is while a tension rod 4 is arranged. Accordingly, three tension rods 4 are provided in the example shown, between each of which a presentation wall 5 extends.

The presentation walls 5 consist of a web-shaped, self-moving material. This may be a tissue, e.g. a so-called mesh fabric or other textile material, which is sufficiently flexible and tear-resistant. In the example shown, the presentation walls 5 are to be formed by a plastic film, which is suitably transparent and suitable as a print carrier, i. is printable. Well suited for this purpose is a PET plastic film with a thickness of about 175 microns.

The base 2 and the head crosshead 3 are adapted in terms of their peripheral configuration to the configuration of the polygon underlying the arrangement of the presentation walls 5 and accordingly have in the example shown a peripheral configuration derived from a triangle. Each polygon side is associated with a presentation wall 5, which is fastened with its ends in the region of the associated polygon side of the base 2 and the head crosshead 3. For clamping the web-shaped presentation walls, the base 2 and the head crosshead 3 are pressed against each other against the holding forces exerted by the presentation walls 5 attached thereto with their ends. Serve this purpose, the tension rods 4, which form elastic spring elements and generate a force acting in the direction of the stator axis spring force by which the head cross member 3 is pushed away from the base 2 upwards. In the example shown, the tension rods 4 are in the FIG. 1 underlying mounted state, curved like a strained arch. The tension rods 4 have in the extended state a greater length than the web-shaped presentation walls 5 and are correspondingly compressed or bent in the construction of the stand 1, so that the in FIG. 1 indicated convex course results and the presentation walls 5 are stretched like the tendon of an arc.

The presentation walls 5 can be printed or described. In addition, 5 receiving compartments 6 are attached to the presentation walls in the example shown, which form suitable for receiving presentation material pockets. In the example shown, two parallel rows of stacked receiving compartments 6 are provided on each presentation wall 5. These can be the same or different. An arrangement pattern deviating from a row-shaped arrangement would also be conceivable.

The base 2 and the head crosshead 3 are, as already mentioned above, and off FIG. 2 can be clearly seen, based on the polygon arrangement of the presentation walls 5 designed polygonal, in the example shown, the shape of an equilateral triangle is based. The base 2 and the head crosshead 3 are expediently designed as punching and bending blanks made of metal, wherein the head crosshead 3 can be provided with recessed windows to facilitate weighting and the stand 2 can be assigned a weight not shown here in detail. The base 2 and the head traverse 3 are arranged in the corner regions of the respective underlying polygon, facing each other Spannstabaufnahmen 7. These are plug-in pins on which the ends of the tubular tension rods 4 can be plugged. The Spannstabaufnahmen 7 forming journals are inclined with their ends relative to a stator axis radially outward. This has the effect that the tensioning rods 4 which come into engagement therewith assume a radially outwardly convex bend and accordingly protrude significantly radially outwards in their middle region, so that grip areas can be detected from the outside. The base 2 and the head crosshead 3 are formed as plate-shaped components which are provided in the corners of the underlying polygon with inwardly bent corner flaps 8, the support shoulders for the arranged in the corners of the base 2 and the head crosshead 3, thereof projecting spigot 7 form.

During assembly of the stator 1, the tie rods 4 are first, as on best FIG. 3 can be seen, plugged in the extended state with their lower ends on the plug pin 7 of the base 2. To mount the head crosshead 3 with the presentation walls 5 attached thereto, the tension rods 4 must be shortened by appropriate bending on the predetermined by the web-shaped presentation walls 5 chord length. In order to facilitate the attachment of the upper ends of the bent clamping bars on the plug-in pin 7 of the head crosshead 3, the plug-in pin 7 of the head crosshead 3, each with a protruding from the journal end, serving as an insertion aid, in FIG. 2 recognizable finger 9 provided. At the plug 7 of the base 2 such insertion aids are not required. The spigot 7 of the base 2 can therefore be easy, as FIG. 2 further shows that the associated corner flap 8 superior, simple stub be formed.

The stand 1 is expedient rotatable about its axis and / or laterally movable. The base 2 is accordingly designed as a driving and rotating base. For this purpose, the base 2 is provided with rollers 10 arranged in the region of at least three, preferably all corners of the underlying polygon, which rollers can be freely rotatably received on an associated axle 11. In order to enable a lateral mobility, the rollers 10 may be useful designed as recorded on rotatable bearing blocks castors. In the example shown, the rollers 10 are not steerable. The provided in the corners of the base 2, inwardly bent corner flaps 8 can also act as axle. The corner tabs 8 are practically formed by a double bending, so that there is a U-shaped cross-sectional shape with a standing web 12, on which the associated axis 11 can be accommodated as a projecting bolt. The axes 11 are arranged rising radially outward, so that there is a downward diverging oblique position of the rollers 10, resulting in a high stability. To increase the stability of the base 2, as already mentioned above, be provided with a weight.

The tension rods 4 may be formed as one-piece, tubular rods. In the example shown, the clamping rods 4 are divided into several sections, which are each connected by a connecting sleeve. The connecting sleeves may be formed as metal parts. The hereby connected sections of the tie rods 4 are expediently designed as plastic pipes, preferably fiberglass pipes, which have the required flexibility and spring property. In the example shown, the tension rods 4 each have a lower and an upper, made of plastic, preferably GRP, existing in FIG. 3 designated section 4a, b and a middle, from a stiffer material, preferably aluminum, existing connecting pipe. This migrates in the assembled state, such as FIG. 1 clearly shows, comparatively far outward and accordingly acts as a handle bar 13, which can be well grasped for turning and moving the stator 1 from the outside. The length of the handle bar 13 forming the central connecting tube may be smaller than the length of the elastic portions 4a, b. In the example shown, an approximately equal length is provided, so that a comparatively long handle bar 13 results, which increases the ease of use.

The presentation walls 5 are detachably attached to the base 2 and the head crosshead 3 at least at one end. For this purpose, the presentation walls 5 forming tracks, such as FIG. 4 can further recognize, provided at the respective end with a loop 14, through which a cross bar 15 can be pushed through. The provided with a loop 14 end of the presentation wall 5 receiving element in the form of the base 2 and / or the head crosshead 3 is, as best of FIG. 2 it can be seen, provided in the region of its respective side walls a presentation wall 5 associated with a slot 16 whose length corresponds to the width of the respective associated presentation wall 5 and the inside width is smaller than the diameter of the cross bar 15. When attaching the presentation wall 5, this is with its loop 14 without the cross bar 15 at the base from top to bottom, at the head traverse from below to the top, performed by the respective associated slot 16. Subsequently, the associated transverse bar 15 is introduced, whereby one of the FIG. 4 underlying kederartige fixation of the relevant end of the presentation wall 5 results.

The presentation walls 5 can expediently be provided with a loop 14 at each end and fixed in a keder-like manner on the base 2 and on the head crosspiece 3 by means of a transverse bar 15. Accordingly, as well FIG. 2 it can be seen, both the base 2 and the head crosshead 3 provided with corresponding slots 16.

For storage and transport of the stand 1 this is disassembled. The tension rods 4 are removed and so the head crosshead 3 is released, which can thus be lowered to the base 2. This is expediently designed as a receptacle for the lowered head crosshead 3. For this purpose, the inwardly directed legs of the angled corner flaps 8, as shown FIG. 2 can be seen, each provided with a notch 17 at their ends, in each of which a plug-in pin 7 of the lowered head crosshead 3 can engage, resulting in a reliable position assurance. This situation is the FIG. 3 based. The presentation walls 5 can be merged into a package or wound as in the example shown to a roll 18, the or, as from FIG. 3 right is visible, can be placed between the base 2 and the supported thereon with a corresponding height distance headrail 3. The backup can be done by means of the base 2 and the recorded thereupon head traverse 3 zusammenhaltender elements 18 a, eg inform of cable ties, etc.

The presentation walls 5 can be solved with one end or both ends of the base 2 and / or the head crosshead 3. However, the presentation walls 5 are expediently also when the head crossmember 3 is lowered onto the base 2 with at least one end, preferably with both ends in engagement with the associated support element in the form of the head crossbeam 3 and / or Stand 2, as in FIG. 3 indicated on the left and below. The resulting double-walled webs can be easily rolled up or put together. The persisting engagement of the presentation walls with the base 2 and the head crosshead 3 facilitates the subsequent construction of the stand 1. Since the presentation walls 5 are already attached, only the head cross member 3 must be lifted and the tie rods 4 are brought into position.

The receiving compartments 6 may be firmly attached to the presentation walls 5 in the form of sewn or stapled pockets. In the example shown, the receiving compartments 6 are formed as detachably attachable to the associated presentation wall 5 bags. These can according to FIGS. 5 and 6 as in the manner of a carton unfoldable container or according to FIG. 7 be formed as formed by elastic cords holder. The according to FIGS. 5 and 6 each container provided have one of the presentation wall 5 opposite rear wall 19, and two projecting therefrom, lateral boundaries 20 and at least one lower boundary 21. The rear wall 19 opposite boundary is formed by the associated presentation wall 5 underlying path. On this page, the containers mentioned can therefore be open. In FIG. 5 are two spaced, provided below the lateral boundaries 20, lower boundaries 21 are provided. In FIG. 6 If this is not the case, a lower limit 21 extending over the entire width is provided.

The receiving compartments 6 of the FIGS. 5 and 6 forming containers are formed as Falzformlinge, each of which is based on an arcuate blank. This contains the rear wall 19 and projecting therefrom, the lateral boundaries 20 and lower limits 21 associated flags, which are connected via preformed fold lines 22 with the rear wall 19. The fold lines 22 facilitate manual unfolding of said containers. The receiving compartments 6 of the FIGS. 5 and 6 forming containers may suitably made of a translucent material, such as a PP film consist. Accordingly, the above blank is made of such a material.

The receptacles 6 forming, attachable to the associated presentation wall 5 containers are provided with in this provided openings 23 of the presentation wall 5 hooked holders 24. These are expedient hook-shaped, so that practically undercut retaining heads 25 result. The hook-shaped holder 24 of the lateral boundaries are open at the bottom, the hook-shaped holder 21 of the lower limits are open at the side. The continuous lower limit 21 of the arrangement according to FIG. 6 is provided with lateral holders and a middle holder, which is practically formed double hook-shaped. In the embodiment according to FIG. 5, the lateral boundaries are each provided with a holder 24 at their upper end. In the execution according to FIG. 6 , which is based on a slightly higher receptacle, the lateral boundaries are provided with an upper and a spaced therefrom lower holder.

The holders 24 associated openings 23 of the presentation wall 5 are formed here as slots, wherein the holders 24 of the lateral boundaries associated slots 20 diverge in pairs down and converge the lateral, provided in the lower boundary holders allocated slots in pairs down. In this way, resulting from the gravity with which the holders 24 are pulled into the slots 23, a good fit.

In one embodiment of the FIG. 7 The underlying nature of the formation of the receiving compartments two elastic cords 26, 27 are provided, which are provided at their ends with holders 28 and which are brought together in the region between the holders 28 at least one point. For this purpose, the cords 26, 27, for example, to form an opposite of the presentation wall 5, X-shaped boundary cross-shaped entwined with each other. In the example shown according to FIG. 7 are the two cords 25, 27 to form one of Presentation wall 5 opposite, H-shaped boundary along a longer, horizontal transverse web 29 merged, depart from the lateral ends upwardly and downwardly directed cord sections. In this way, results in a forward by the transverse web 29 and the outgoing cord sections, to the side by the adjoining the upper holder 28 cord sections and down through the adjoining the lower holder 28 cord sections receiving compartment, wherein the transverse web 29 forming Tube can serve as a handle to open against the elasticity of the cords 26, 27 an upper insertion gap.

The inserted, arcuate presentation materials lie with their lower edge on the lower holders 28 and the subsequent cord areas. In order to accommodate comparatively narrow presentation materials, the lower holder 28 are arranged comparatively close to each other. The said distance is in any case smaller than the length of the pipe provided for forming the crosspiece 29, so that the cord portions extending downwardly therefrom run converging downwards. The cord sections extending upward from the crosspiece 29 may be divergent either vertically or upwardly. The holders 28 associated breakthroughs of the presentation wall are arranged so that the desired position of the holder 28 results. The holders 28 are provided in the example shown with transversely thereto, their holding heads forming bars 30 which are practically like a button through a buttonhole through the associated openings of the associated presentation wall 5 can be pushed through. It would also be conceivable to arrange the latch rotatable in order to facilitate the implementation process.

Claims (15)

Presentation wall for receiving presentation materials, in particular in the form of printed matter such as brochures, cards, etc., on which at least one receiving compartment (6) is provided for receiving presentation materials, characterized in that the presentation wall (5) as a tensioned web of a flexible in itself Material is formed. Presentation wall according to Claim 1, characterized in that the web forming the presentation wall (5) is provided with apertures (23) for the insertion of holders (24, 28) of the associated receiving compartments (6) provided with holding heads. Presentation wall according to one of the preceding claims, characterized in that the web forming the presentation wall (5) consists of a transparent, printable material, preferably of a PET plastic film with a thickness of about 175 μm. Presentation wall according to one of the preceding claims, characterized in that the web forming the presentation wall (5) is provided at its ends with loops (14) through which an associated transverse bar (15) can be pushed through and in that the mutually opposite transverse bars (15) for tensioning the presentation wall (5) by opposing forces are pressed away from each other. Presentation wall according to one of the preceding claims, characterized in that the receiving compartments (6) are formed as folded moldings which have a rear wall (19) opposite the associated presentation wall (5), two lateral boundaries (20) and at least one lower boundary (21). the lateral boundaries (20) and each lower boundary (21) standing away from the rear wall (19) Folded edges (22) connected thereto, bent flags are formed, each having at least one holder (24) at its rear end remote from the rear wall. Presentation wall according to one of the preceding claims, characterized in that the openings (23) for the insertion of the holder (24) are formed as slots, which preferably extend in pairs inclined to each other. Presentation wall according to one of the preceding claims 1-4, characterized in that the receiving compartments (6) each by two elastic cords (26,27) are formed, which are provided at their ends with attachable to the presentation wall (5) holders (28) and in that the two cords (26, 27) are joined together at at least one point to form a front boundary, preferably H-shaped, wherein the two cords (26, 27) are preferably in a rigid tube cross-piece with their mutually facing middle areas (29). Stand with a base (2), a headrail (3) and at least one display wall (5) according to any one of the preceding claims 1-7, which is fastened with its ends to the base (2) and to the headrail (3), wherein the Stand (2) and the head crosshead (3) are bridged by at least two with their ends attached thereto, resilient tension rods (4) whose elongated length is greater than the length of the presentation wall (5) and thus the sum of the stand (2) and the head crosshead (3) resiliently press against a restraining force exerted by the presentation wall (5) tensioned in this way. Stand according to claim 8, characterized in that the stand (1) a plurality of in plan view in the form of an equilateral polygon, preferably in the form of an equilateral triangle, arranged presentation walls (5) are provided, wherein in each corner of the preferably formed as an equilateral triangle polygon a tension rod (4) is arranged. Stand according to one of the preceding claims 8 or 9, characterized characterized in that the base (2) and the head traverse (3) are provided in each extending between each two tension rods edge portion with a slot (16) having a width of the presentation walls (5) corresponding length and that each presentation wall (5) with their Ends through a slot (16) of the base (2) and the head crosshead (3) inserted and fixed by means of their loops (14) cross-bars (15) on the opposite sides of the base (2) and the head crosshead (3) , Stand according to one of the preceding claims 8-10, characterized in that, when the tie rods (4) are removed, the head crosshead (3) can be received on the stand (2) forming a receptacle for this, and the presentation walls (5) are preferably wound up in the form of Rollers (18) between the base (2) and the recorded thereon head scraper (3) housed, and by retaining elements (18a) are secured. Stand according to one of the preceding claims 8-11, characterized in that the base (2) and the head traverse (3) are each provided with the tension rods (4), outwardly inclined tension rod receptacles (7) are provided, so that the tension rods connected thereto (4) assume an outwardly convex curved shape. Stand according to one of the preceding claims 8-12, characterized in that the base (2) is designed as a driving and / or rotary base, which is provided with at least three corners of the underlying polygon rollers (10), preferably are arranged with rising from inside to outside axis. Stand according to one of the preceding claims 8-13, characterized in that the tension rods (4) have a plurality of interconnected by a respective rigid sleeve, elastic portions (4a, b). Stand according to claim 14, characterized in that the clamping rods (4) each two plastic, preferably fiberglass, existing, with their ends facing away from each other for engagement with the tension rod receptacles (7). the base (2) and the head traverse (3) have movable, resilient sections (4a, b) which are interconnected by a middle, designed as a handle bar (13) tube made of a stiffer material, preferably aluminum, wherein the sections ( 4a, b) and the handle bar (13) forming tube are preferably about the same length.

Images